Bachelors in Civil Engineering

4 Years On Campus Bachelors Program

Vanderbilt University

Program Overview

Vanderbilt University’s Bachelor of Engineering in Civil Engineering provides a broad engineering education combining mathematics, science, computing, mechanics, materials, infrastructure, sustainability, and design, with computer-based methods integrated into engineering problem-solving. It is suited to students interested in developing and improving the built environment, with opportunities to explore areas such as structural engineering, transportation, environmental and infrastructure engineering, and risk, reliability, and resilience.

Curriculum Structure:

Year 1: Students begin with Vanderbilt’s common engineering foundation, combining CHEM 1601/1601L General Chemistry and Laboratory, MATH 1300 First Year Accelerated Calculus I, and ES 1401, ES 1402 and ES 1403 Introduction to Engineering. The Introduction to Engineering sequence uses short modules to expose students to different engineering disciplines and topics, while mathematics and laboratory science establish the analytical and scientific foundation for later civil engineering study.

Year 2: Students move into core civil engineering fundamentals through courses including CE 2101 Civil and Environmental Engineering Information Systems, CE 2120 Sustainable Design Civil Engineering, CE 2200 Statics, and CE 2205 Mechanics of Materials. This stage develops understanding of engineering information systems, sustainability, forces, equilibrium, and the behavior of engineering materials and structures.

Year 3: The curriculum becomes more specialized through subjects such as CE 3200 Structural Analysis, CE 3205 Structural Design, and CE 3501 Transportation Systems Engineering, alongside the broader civil engineering core. Students can also explore areas such as environmental engineering, geographic information systems, and data analytics through courses including CE 3600 Environmental Engineering, CE 4100 Geographic Information Systems (GIS), and CE 4320 Data Analytics for Engineers.

Year 4: The final year emphasizes professional-level design and integration, with CE 4950 Civil Engineering Design I and CE 4951 Civil Engineering Design II forming the senior design sequence. Students also complete CE 4959 Senior Engineering Design Seminar, which addresses professional practice, ethics, intellectual property, contracts, liability, risk, safety, codes and standards, interdisciplinary teams, careers, entrepreneurship, and industrial design.

Focus areas: Environmental and Infrastructure Engineering, Structural Engineering, General Civil Engineering, Risk, Reliability and Resilience Engineering, Transportation, Water Resources, Materials and Structures, and sustainable infrastructure; Vanderbilt also offers the broader engineering Risk, Reliability, and Resilience focus area across disciplines.

Learning outcomes: Graduates are expected to be prepared for employment in civil engineering or related industries, academia, or government, or for pursuing advanced degrees; the program’s ABET outcomes include applying engineering, science and mathematics knowledge, designing solutions that address specified needs, communicating effectively, recognizing ethical responsibilities, working effectively on teams, conducting experimentation and interpreting data, and acquiring and applying new knowledge.

Professional alignment (accreditation): The Vanderbilt Bachelor of Engineering in Civil Engineering is accredited by the Engineering Accreditation Commission of ABET under the General Criteria and the Program Criteria for Civil and Similarly Named Engineering Programs.

Reputation (employability rankings): Vanderbilt’s official School of Engineering fact sheet reports the school at No. 26 in the 2027 U.S. News & World Report undergraduate engineering rankings; Vanderbilt does not state a current undergraduate civil-engineering-specific U.S. News ranking on its official page. The same fact sheet reports that 97% of Class of 2025 engineering graduates intending to enter the workforce were employed, while 93% of those intending to pursue graduate or professional school were admitted.

Experiential Learning (Research, Projects, Internships etc.)

The B.E. in Civil Engineering at Vanderbilt University integrates practical learning into the curriculum through design teams, laboratory studies, engineering projects, and the university-wide Immersion Vanderbilt experience. Students develop applied skills by working on real engineering problems and can pursue research, professional internships, site visits, and other hands-on experiences, with the major’s multi-year engineering design experience culminating in a senior project and presentation at Design Day.

The department also supports experiential learning through dedicated funding for student research, Immersion activities, course projects, engineering-project site visits, conference travel, and independent research, while its internship resources connect civil engineering students with current opportunities in industry. Key practical opportunities and resources include:

Design teams: Civil engineering students participate in design teams and laboratory studies, applying engineering concepts beyond conventional classroom learning.
Immersion Vanderbilt: The civil engineering major incorporates a multi-year experiential learning pathway that culminates in a final project. Students typically complete their project during senior year and present their work at Design Day or another Immersion Showcase.
Senior design: The engineering design experience provides students with an opportunity to apply their civil engineering training to practical problems, with senior design projects satisfying the culminating project requirement for Immersion Vanderbilt.
Laboratory experience: The curriculum includes laboratory studies alongside engineering design and classroom activities, giving students practical experience with civil and environmental engineering concepts.
Internships: Civil engineering students can pursue professional internships, and Vanderbilt provides a dedicated Civil Engineering CPT adviser for international undergraduates. Internship-for-credit opportunities use ES 3884, with students required to submit an internship report and demonstrate how the practical training applies knowledge from their civil engineering coursework.
Current industry opportunities: Vanderbilt’s Civil and Environmental Engineering department currently lists opportunities with organizations including DPR Construction, KPFF Consulting Engineers, HMB, and Kidwell Scott Engineering, covering areas such as structural engineering, surveying, water/wastewater, transportation, construction, and building design.
Field/site visits: The department’s Bob Stammer Endowment for Student Development can fund Civil Engineering Immersion activities including site visits to engineering projects, class site visits, supplies for course projects, and travel for course projects.
Research experience: Students can receive funding for materials for independent research, research with faculty members, travel for independent research, and travel to present research findings at regional and national conferences.
Information systems and digital learning: The civil engineering curriculum includes CE 2101 Civil and Environmental Engineering Information Systems, providing dedicated exposure to information systems within the discipline.
Sustainability-focused projects: CE 2120 Sustainable Design in Civil Engineering introduces sustainability directly within the civil engineering curriculum, complementing the program's broader emphasis on designing physical facilities while protecting the environment.
Industry-facing professional development: Vanderbilt's School of Engineering provides internship pathways that allow students to earn academic credit for real-world work experience, while the Civil and Environmental Engineering department maintains current internship listings specifically relevant to civil engineering students.

Progression & Future Opportunities

The Bachelor of Engineering in Civil Engineering prepares graduates for professional careers across civil infrastructure, construction, consulting, transportation, structural engineering, and related fields, while also providing a foundation for advanced study. Vanderbilt reports that its civil engineering graduates pursue employment in civil engineering and related industries, academia, and government, as well as advanced engineering and other degrees.

Typical career roles: Civil Engineer, Structural Engineer, Transportation Engineer, Construction Engineer.

Career services: Vanderbilt’s Career Center supports engineering students through career fairs, employer networking, career workshops, resume preparation, Handshake opportunities, and industry-specific resources. Engineering students can also use the Engineering & Technology Pathway, which provides employer access, alumni connections, networking events, and experiences such as Engineering Networking Night, Vandy in the Valley, and the Houston Energy Trek.
Employment outcomes: For the Class of 2025, Vanderbilt School of Engineering reports that 97% of students intending to enter the workforce were employed, while 93% of students intending to pursue graduate or professional school were admitted. The university notes that its engineering placement surveys have achieved 88–97% response rates in recent years.
Salary figures: Vanderbilt’s official civil engineering pages do not publish a specific average or median salary for graduates of the B.E. in Civil Engineering. Therefore, a program-specific salary figure is not stated by the university and should not be inferred from external salary databases.
Industry connections: Vanderbilt maintains current civil engineering internship opportunities with organizations including DPR Construction, KPFF Consulting Engineers, HMB, and Kidwell Scott Engineering, giving students access to opportunities in construction, structural engineering, transportation, surveying, water/wastewater, and related areas.
Employer engagement: Vanderbilt’s Career Center provides employers with opportunities to post positions through Handshake, participate in recruiting events, and connect with Vanderbilt students. The university identifies major employers recruiting Vanderbilt talent, including Amazon, Microsoft, Capital One, Deloitte, and Bank of America.
Long-term accreditation value: The B.E. in Civil Engineering is accredited by the Engineering Accreditation Commission of ABET under the General Criteria and Program Criteria for Civil and Similarly Named Engineering Programs. This provides an established professional quality framework for the engineering education and supports graduates pursuing professional engineering careers and further engineering education.
Graduation outcomes: Vanderbilt’s civil engineering program specifically identifies two principal post-graduation pathways: successful employment in civil engineering or related industries, academia, or government, or pursuit of an advanced degree in engineering or another discipline.

Further Academic Progression: Graduates can continue directly into Vanderbilt’s M.S. or M.Eng. programs in Civil Engineering, with M.S. study available through thesis and non-thesis options. Vanderbilt also offers Ph.D. study in civil engineering and related areas, including Civil and Infrastructure Systems and Materials and Structural Engineering; eligible undergraduate students can also pursue an accelerated 4+1 B.E./M.Eng. or B.E./M.S. pathway.